(a) If a financial firm sells these bonds for $65,000, the probability that the firm loses money if it only sells one of these is (Type an integer or a decimal.) (b) If the firm sells 1,000 of these policies, each for $65,000, the probability that it loses money is (Round to two decimal places as needed.) (c) How does the difference between parts a and b compare to the situation of a life insurance company that writes coverage to numerous patients that live or die independently of one another?

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A hurricane bond pays the holder a face amount, say $1 million, if a hurricane causes major damage in a certain country. Suppose that the chance for
such a storm is 4% per year.
(a) If a financial firm sells these bonds for $65,000 what is the chance that the firm loses money if it only sells one of these?
(b) If the firm sells 1,000 of these policies, each for $65,000, what is the probability that it loses money?
(c) How does the difference between parts a and b compare to the situation of a life insurance company that writes coverage to numerous patients that live
or die independently of one another?
(a) If a financial firm sells these bonds for $65,000, the probability that the firm loses money if it only sells one of these is
(Type an integer or a
decimal.)
(b) If the firm sells 1,000 of these policies, each for $65,000, the probability that it loses money is
(Round to two decimal places as needed.)
(c) How does the difference between parts a and b compare to the situation of a life insurance company that writes coverage to numerous patients that live
or die independently of one another?
O A. The life insurance firm has independent customers. Hurricane bonds are also independent but more risky than life insurance.
O B. The life insurance firm has independent customers. Hurricane bonds are dependent and less risky than life insurance.
O C. The life insurance firm has independent customers. Hurricane bonds are dependent and more risky than life insurance.
Transcribed Image Text:A hurricane bond pays the holder a face amount, say $1 million, if a hurricane causes major damage in a certain country. Suppose that the chance for such a storm is 4% per year. (a) If a financial firm sells these bonds for $65,000 what is the chance that the firm loses money if it only sells one of these? (b) If the firm sells 1,000 of these policies, each for $65,000, what is the probability that it loses money? (c) How does the difference between parts a and b compare to the situation of a life insurance company that writes coverage to numerous patients that live or die independently of one another? (a) If a financial firm sells these bonds for $65,000, the probability that the firm loses money if it only sells one of these is (Type an integer or a decimal.) (b) If the firm sells 1,000 of these policies, each for $65,000, the probability that it loses money is (Round to two decimal places as needed.) (c) How does the difference between parts a and b compare to the situation of a life insurance company that writes coverage to numerous patients that live or die independently of one another? O A. The life insurance firm has independent customers. Hurricane bonds are also independent but more risky than life insurance. O B. The life insurance firm has independent customers. Hurricane bonds are dependent and less risky than life insurance. O C. The life insurance firm has independent customers. Hurricane bonds are dependent and more risky than life insurance.
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